public void SendUpdate(MemoryFloat mem)
{
if (filter.Apply(mem))
{
client.Publish("in/" + transformer.NameToOpenHAB(mem.Name) + "/state", Encoding.ASCII.GetBytes(transformer.FloatToState(mem)));
}
}
public float Luminosidade_OutSide()
{
//update dos registros
MemoryMap.Instance.Update();
MemoryFloat luminosidade = MemoryMap.Instance.GetFloat(138, MemoryType.Input);
return(luminosidade.Value);
}
public string FloatToState(MemoryFloat mem)
{
float value = mem.Value;
if (mem.Name.Contains("Openness"))
{
value *= homeioToOpenhabRate;
}
return(value.ToString());
}
public DadosTermostato Termostato_A()
{
//update dos registros
MemoryMap.Instance.Update();
MemoryFloat temperatura = MemoryMap.Instance.GetFloat(1, MemoryType.Input);
MemoryFloat setPoint = MemoryMap.Instance.GetFloat(2, MemoryType.Input);
MemoryBit estado = MemoryMap.Instance.GetBit(9, MemoryType.Output);
return(new DadosTermostato(temperatura.Value, setPoint.Value, estado.Value));
}
//In this sample we are reading the living room thermostat value. The data is sampled each second 10 times.
static void Main(string[] args)
{
//We are using a MemoryFloat which we get from the MemoryMap.
//You can find all the memory addresses at the Home I/O Memory Address document.
MemoryFloat livingRoomThermostat = MemoryMap.Instance.GetFloat(1, MemoryType.Input);
for (int i = 0; i < 10; i++)
{
//We must call the Update method each time we want to access the latest value.
MemoryMap.Instance.Update();
Console.WriteLine("Temperature Sample #" + i + " = " + livingRoomThermostat.Value);
Thread.Sleep(1000);
}
//When we no longer need the MemoryMap we should call the Dispose method to release all the allocated resources.
MemoryMap.Instance.Dispose();
Console.WriteLine("Press any key to exit...");
Console.ReadKey();
}
public bool Apply(MemoryFloat mem)
{
if (mem.Name.Contains("Brightness Sensor"))
{
float value;
if (lastSentValue.TryGetValue(mem, out value))
{
if (Math.Abs(value - mem.Value) < 0.1 || ((Math.Abs(value - mem.Value) / value) < 0.1 && !mem.Name.Contains("O - Brightness Sensor")))
{
return(false);
}
else
{
lastSentValue[mem] = mem.Value;
}
}
else
{
lastSentValue.Add(mem, mem.Value);
}
}
else if (mem.Name.Contains("Room Temperature"))
{
float value;
if (lastSentValue.TryGetValue(mem, out value))
{
if (Math.Abs(value - mem.Value) < 0.1)
{
return(false);
}
else
{
lastSentValue[mem] = mem.Value;
}
}
else
{
lastSentValue.Add(mem, mem.Value);
}
}
else if (mem.Name.Contains("Roller Shades") && mem.Name.Contains("Openness"))
{
float value;
if (lastSentValue.TryGetValue(mem, out value))
{
if (mem.Value > 1 && mem.Value < 9 && Math.Abs(value - mem.Value) < 0.5)
{
return(false);
}
else if (mem.Value != 0 && mem.Value != 10 && Math.Abs(value - mem.Value) < 0.2)
{
return(false);
}
else
{
lastSentValue[mem] = mem.Value;
}
}
else
{
lastSentValue.Add(mem, mem.Value);
}
}
else if (mem.Name.Contains("Time Scale"))
{
float value;
if (lastSentValue.TryGetValue(mem, out value))
{
if (value == mem.Value)
{
return(false);
}
else if (value < mem.Value && mem.Value != 1 && mem.Value != 50 && mem.Value != 500 && mem.Value != 5000)
{
if ((Math.Abs(value - mem.Value) < 0.5 || Math.Abs((value / mem.Value) - mem.Value) < 0.05))
{
return(false);
}
}
else
{
lastSentValue[mem] = mem.Value;
}
}
else
{
lastSentValue.Add(mem, mem.Value);
}
}
return(true);
}
public DadosMemory Get(int milisegundosIntervalo = 100)
{
bool datacorrect = false;
do
{
//update dos registros
MemoryMap.Instance.Update();
//verificacao de validacao de dados vindos do simulador
if (MemoryMap.Instance.UpdateElapsedTime == 0)
{
continue;
}
else
{
datacorrect = true;
}
//dados memory
MemoryDateTime datahora = MemoryMap.Instance.GetDateTime(65, MemoryType.Memory);
_dateTimeHouse = datahora.Value;
if (_last_dm == null || _last_dm.dmDateTime.DataHora.AddMilliseconds(milisegundosIntervalo) <= DateTimeHouse)
{
MemoryFloat latitude = MemoryMap.Instance.GetFloat(130, MemoryType.Memory);
MemoryFloat longitude = MemoryMap.Instance.GetFloat(131, MemoryType.Memory);
MemoryFloat temperatura = MemoryMap.Instance.GetFloat(132, MemoryType.Memory);
MemoryFloat humidade = MemoryMap.Instance.GetFloat(133, MemoryType.Memory);
MemoryFloat tempmin = MemoryMap.Instance.GetFloat(134, MemoryType.Memory);
MemoryFloat tempmax = MemoryMap.Instance.GetFloat(135, MemoryType.Memory);
MemoryFloat dewpoint = MemoryMap.Instance.GetFloat(136, MemoryType.Memory);
MemoryFloat windms = MemoryMap.Instance.GetFloat(137, MemoryType.Memory);
MemoryFloat cloudiness = MemoryMap.Instance.GetFloat(138, MemoryType.Memory);
MemoryFloat energiaatual = MemoryMap.Instance.GetFloat(141, MemoryType.Memory);
MemoryFloat tempA = MemoryMap.Instance.GetFloat(150, MemoryType.Memory);
MemoryFloat tempB = MemoryMap.Instance.GetFloat(151, MemoryType.Memory);
MemoryFloat tempC = MemoryMap.Instance.GetFloat(152, MemoryType.Memory);
MemoryFloat tempD = MemoryMap.Instance.GetFloat(153, MemoryType.Memory);
MemoryFloat tempE = MemoryMap.Instance.GetFloat(154, MemoryType.Memory);
MemoryFloat tempF = MemoryMap.Instance.GetFloat(155, MemoryType.Memory);
MemoryFloat tempG = MemoryMap.Instance.GetFloat(156, MemoryType.Memory);
MemoryFloat tempH = MemoryMap.Instance.GetFloat(157, MemoryType.Memory);
MemoryFloat tempI = MemoryMap.Instance.GetFloat(158, MemoryType.Memory);
MemoryFloat tempJ = MemoryMap.Instance.GetFloat(159, MemoryType.Memory);
MemoryFloat tempK = MemoryMap.Instance.GetFloat(160, MemoryType.Memory);
MemoryFloat tempL = MemoryMap.Instance.GetFloat(161, MemoryType.Memory);
MemoryFloat tempM = MemoryMap.Instance.GetFloat(162, MemoryType.Memory);
MemoryFloat tempN = MemoryMap.Instance.GetFloat(163, MemoryType.Memory);
DadosMemoryDateTime m_datetime = FactoryDateTime.UpdateValueDateTime(datahora.Value);
DadosMemoryClima m_clima = FactoryClima.UpdateValueClima(latitude.Value, longitude.Value, temperatura.Value, humidade.Value, tempmin.Value, tempmax.Value, dewpoint.Value, windms.Value, cloudiness.Value);
DadosMemoryEnergia m_energia = FactoryEnergia.UpdateValueEnergia(energiaatual.Value);
DadosMemoryTemperatura m_temperatura = FactoryTemperatura.UpdateValueTemperatura(tempA.Value, tempB.Value, tempC.Value, tempD.Value, tempE.Value, tempF.Value, tempG.Value, tempH.Value, tempI.Value, tempJ.Value, tempK.Value, tempL.Value, tempM.Value, tempN.Value);
DadosMemory dm = new DadosMemory(m_datetime, m_clima, m_energia, m_temperatura);
_last_dm = dm;
return(dm);
}
}while (datacorrect == false);
return(_last_dm);
}
public static float ReadFloatMemory(int memory)
{
MemoryFloat HomeMemory = MemoryMap.Instance.GetFloat(memory, MemoryType.Memory);
return(HomeMemory.Value);
}
public static float ReadFloatOutput(int input)
{
MemoryFloat HomeInput = MemoryMap.Instance.GetFloat(input, MemoryType.Output);
return(HomeInput.Value);
}